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attached comments stating that I believed a solid first step is to determine what type of mining <br />would be used as a guidance for placement of monitoring wells. <br />The situation is serious because boring into a uranium deposit with a large amount of water could <br />foreseeably cause the uranium to dissolve and create excursions of that water into surrounding <br />drinking -water aquifers. The existing ISL rules allow for monitoring of excursions of uranium - <br />laden solution by an array of monitoring wells chosen by a third party expert. There is no such rule <br />for UBHM. How will the applicant demonstrate the ability to conduct the proposed mining <br />operation without any leakage, vertical or lateral migration, or excursion of any leaching solution or <br />groundwater - containing minerals, radionuclides, or other constituents mobilized, liberated or <br />introduced by the process into any groundwater outside of the area? <br />In their cover letter, Black Range Minerals proposes this protection using only one monitoring <br />well; which is in conflict with the actual application, which states that where possible there will be <br />from 2 -4 but up to 6 wells per drill pad location. Which is the case? What will be the location of <br />these monitoring wells? Will they interfere with or be interfered by existing old prospecting holes? <br />The applicant did not submit the maps required in application item H. 3. and 4. <br />Perhaps the most important aspect of requirement for monitoring wells is that In Situ Leach (ISL) <br />requires a confined aquifer, Underground Bore Hole Mining (UBHM) does not. By changing <br />the rule for ISL to include UBHM, DRMS would be protecting the quality of groundwater used <br />for domestic purposes and the Arkansas River. <br />In these, and many other, respects the application is inadequate and should be denied. <br />Open Public Process: <br />Third, I would also like to make comment that I have no objection to DRMS requiring this type of <br />mining to fall under the ISL rules. The same amount of public scrutiny should be applied to <br />UBHM as is for ISL. Having been a party to the 2010 Rulemaking process for HB08 -1161, I <br />understood that it was the Mined Land Reclamation Board's (MLRB) intent to protect groundwater <br />quality not only during In -situ Leach operations; but for all Designated Mining Operations <br />(DMO). This new type of DMO should not be approved under a NOI, but should be subjected to <br />the full process of any DMO. To allow this process under a NOI is to allow a new uranium mining <br />technique to escape the intent of DRMS's full reclamation permitting process with public input. <br />The same public process should be undertaken before any UBHM operations are considered — <br />especially at this the "pre- application" level. This is the level at which the current rules begin to <br />shape the planning of an ISL process —it should be the same level at which DRMS should choose <br />to shape any plans for UBHM; especially given the experimental nature and the unclear regulatory <br />status of this endeavor. <br />My first and foremost request is that the Department make a determination as to whether or not <br />UBHM will be governed under the ISL rules in the application and review process of Rule 1.4 <br />which allows for a Third Party Expert to be involved at the pre - application stage. Allowing this <br />experimental type of process to proceed without caution is unthinkable, and against the stated goal <br />of DRMS of being responsible for the "policy, regulation and planning" of mines. Now is the time <br />to develop policies, regulations and planning for a type of mining that has never occurred before in <br />